The second act of a popular reprogramming factor could maximize the potential of iPSCs in research and regenerative medicine.

A new technique developed at the Massachusetts Institute of Technology helps convert skin cells into neurons without needing ...

One of the most amazing things to happen in biology in the last couple of years is cellular reprogramming. We learned how to ...

Our first speaker in this webinar, Dr. Jessica Hartman, will discuss the challenges of iPSC reprogramming, including low efficiency, pluripotency instability and high labor intensity. She’ll showcase ...

Scientists have developed a breakthrough technique to directly convert skin cells into neurons, bypassing the need for stem ...

About 20 years ago, scientists discovered that skin cells could be converted into pluripotent stem cells (iPSCs), which can ...

According to Ding, more systematic techniques are the key to boosting efficiency: “The current iPSC reprogramming process is essentially an undirected, nonspecific process involving so many ...

When reprogramming stem cells ... The execution of the genetic code, engineered into every iPSC, drives the consistent, deterministic induction of the same somatic cells every time, making ...

A new research collaboration is applying fundamental expertise in cellular biology with commercial technology to explore how ...

However, recreating the pathogenesis of age-dependent conditions such as Parkinson’s Disease (PD) is limited by a rejuvenating effect of the reprogramming process. In fact, our group has recently ...

Unlike other commercially available iPSC lines, PluriBank™ iPSCs are ... footprint-free RNA reprogramming method, ensuring high reprogramming efficiency, genomic integrity, low passage number ...